MDS 3250+FC Series Micro-Dispensing System

● Rapid top-side calibration

● High-speed piezo technology

● Precise, repeatable dispensing results

● Ultra-high precision non-contact dispensing

● Unmatched application flexibility

The MDV 3250+FC series micro-dispensing valve is one of the most powerful piezo jetting valves in the industry.

This high-performance jetting system is designed for ultra-high precision non-contact dispensing applications and is suitable for a wide range of fluids with viscosities up to 2,000 Pa·s.

Key Advantages

Based on piezo technology, our system enables rapid valve actuation, accelerating dispensing cycles to significantly boost productivity and overall system performance.

The MDS 3250+FC series micro-dispensing system delivers exceptional repeatability and consistency, capable of dispensing volumes as low as the nanoliter or even sub-nanoliter range.

The dispensing valve features a user-friendly "top-side calibration" system, allowing the tappet and nozzle to be calibrated from the top. This design enhances usability and facilitates quick alignment while ensuring high calibration precision.

Recommended Media

The MDS 3250+FC series features a highly efficient piezoelectric motor that enhances stroke and force, making it particularly suitable for media ranging from high to extremely high viscosity, such as:

● SMT adhesives

● Silicones

● LED phosphors

● Underfill materials

● Greases

● Hot-melt adhesives

● Fluxes

● Solder pastes

Key Industries

Fully automated production lines often require rapid setup and quick adjustments. The MDS 3250+FC series features a new top-side calibration system that ensures perfect dispensing repeatability and absolute consistency of dispense dots during mass production.

Our micro-dispensing systems are suitable for production environments across numerous industries, such as:

● Automotive manufacturing

● Semiconductors

● Microelectronics

● Consumer electronics

With a modular design, the system configuration is fully customizable by the user, enabling dispensing onto irregular surfaces such as cavities and grooves.